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2016-05-01T00:00:00.000Z

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Paul Yeaman

Director, Applications Engineering

Vicor Corporation

HQ Phone: (978) 470-2900

Email: p***@***.com

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Vicor Corporation

25 Frontage Road

Andover, Massachusetts 01810

United States

Company Description

About Vicor Corporation Headquartered in Andover Massachusetts, Vicor designs, manufactures and markets innovative, high performance modular power components, from bricks to semiconductor-centric solutions, to enable customers to efficiently convert and m ... more

Find other employees at this company (540)

Background Information

Employment History

Manager

V-I Chip - Vicor Corp

Web References (16 Total References)


Technical/Dialog Sessions - APEC | The Applied Power Electronics Conference & Exposition

www.apec-conf.org [cached]

Paul Yeaman, Vicor Corporation


The new live webinar on March ...

www.fpspower.com [cached]

The new live webinar on March 13, 2013, presented by Paul Yeaman, Director, Applications Engineering, Vicor, will focus on a three-step technique that enables designers to architect and implement a complete, multi-kW power system in only 30 minutes. To register for this webinar, visit Vicor's website.

Conventional power system designs are typically partitioned into multiple segments, each designed separately based on the unique voltage, current, and power quality requirements of the underlying load rails. With a holistic, top-down design strategy utilizing modern power components, however, designers can develop better performing power rails for every load in a system with minimal design complexity.
In this webinar, Paul Yeaman will present a three-step technique that enables power system designers to determine and classify the parameters of each output rail, architect a block diagram that matches appropriate solutions to each rail - including the input AC/DC conversion stage - and implement a solution for each block that meets the associated noise, regulation, hold-up, and filtering requirements.


The new live webinar on March ...

www.vicor-korea.com [cached]

The new live webinar on March 13, 2013, presented by Paul Yeaman, Director, Applications Engineering, Vicor, will focus on a three-step technique that enables designers to architect and implement a complete, multi-kW power system in only 30 minutes. To register for this webinar, visit Vicor's website.

Conventional power system designs are typically partitioned into multiple segments, each designed separately based on the unique voltage, current, and power quality requirements of the underlying load rails. With a holistic, top-down design strategy utilizing modern power components, however, designers can develop better performing power rails for every load in a system with minimal design complexity.
In this webinar, Paul Yeaman will present a three-step technique that enables power system designers to determine and classify the parameters of each output rail, architect a block diagram that matches appropriate solutions to each rail - including the input AC/DC conversion stage - and implement a solution for each block that meets the associated noise, regulation, hold-up, and filtering requirements.


The new live webinar on March ...

www.vicor-taiwan.com [cached]

The new live webinar on March 13, 2013, presented by Paul Yeaman, Director, Applications Engineering, Vicor, will focus on a three-step technique that enables designers to architect and implement a complete, multi-kW power system in only 30 minutes. To register for this webinar, visit Vicor's website.

Conventional power system designs are typically partitioned into multiple segments, each designed separately based on the unique voltage, current, and power quality requirements of the underlying load rails. With a holistic, top-down design strategy utilizing modern power components, however, designers can develop better performing power rails for every load in a system with minimal design complexity.
In this webinar, Paul Yeaman will present a three-step technique that enables power system designers to determine and classify the parameters of each output rail, architect a block diagram that matches appropriate solutions to each rail - including the input AC/DC conversion stage - and implement a solution for each block that meets the associated noise, regulation, hold-up, and filtering requirements.


The new live webinar on March ...

www.westcorpower.com [cached]

The new live webinar on March 13, 2013, presented by Paul Yeaman, Director, Applications Engineering, Vicor, will focus on a three-step technique that enables designers to architect and implement a complete, multi-kW power system in only 30 minutes. To register for this webinar, visit Vicor's website.

Conventional power system designs are typically partitioned into multiple segments, each designed separately based on the unique voltage, current, and power quality requirements of the underlying load rails. With a holistic, top-down design strategy utilizing modern power components, however, designers can develop better performing power rails for every load in a system with minimal design complexity.
In this webinar, Paul Yeaman will present a three-step technique that enables power system designers to determine and classify the parameters of each output rail, architect a block diagram that matches appropriate solutions to each rail - including the input AC/DC conversion stage - and implement a solution for each block that meets the associated noise, regulation, hold-up, and filtering requirements.

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